We are qualified only to speak of what ∞ is not, But not of what it is
JUTU SHIBAJEE PATRA
Research Interests
Pure Mathematics
I have a strong interest in number systems—how they originate and how they evolve. I am fascinated by how pure mathematics connects to the real world and how logical ideas about the universe can be explored through numbers. I am also interested in modern mathematics, especially the study of different mathematical spaces.
Quantum Mathematics
I am exploring mathematical frameworks for quantum systems, including operator theory, Hilbert spaces, and analytical models of quantum phenomena. I am also interested in studying the infinite characteristics of the electron, which may directly or indirectly provide insights into the nature of the universe.
Machine Learning / Deep Learning
In the era of AI, I want to deeply dive into machine learning and deep learning, focusing on developing and generating advanced techniques for ML/DL models that are practically useful in real-world applications such as computer vision, natural language processing, and big data analysis. I am also interested in applying these methods to support and enhance quantum experiments.
Philosophy
Apart from mathematics and data science, I am also interested in philosophy—especially Indian philosophy. Recently, I have studied many books on Indian-origin philosophical systems, including the Ṣaḍ Darśana (six orthodox schools that accept the Vedas as authority) and three other philosophies that reject Vedic authority: Buddhism, Jainism, and Cārvāka.
1
Research Papers
10+
Advanced Courses
20+
AI Projects
∞
Learning & Exploration
Recent Works
Plant Leaf Disease Detection using AI
Applied 5 Advance DL models in Plant Leaf dataset to find which is the best model for image classification.
Yes, God exists...!
If we read the textbooks of every religion carefully and try to analyze them deeply, we will come to know that all religions...
Research Vision
Books I Read
Mathematical Formulas
Research Philosophy
My research philosophy integrates pure mathematics, quantum frameworks, and artificial intelligence to understand fundamental structures of reality. I explore number systems, modern mathematical spaces, and operator-based quantum models, aiming to bridge abstract theory with real-world phenomena through logical and analytical rigor.
Alongside this, I pursue advanced machine learning and deep learning techniques for applications in computer vision, NLP, big data, and quantum experiments. Inspired by Indian philosophy, I seek a unified perspective where mathematics, computation, and philosophical inquiry together illuminate deeper truths about the universe.
“God created the natural numbers; all the rest is the work of man.”